Our Services

Network Security Services

We provide Consulting and Implementation of Network Security. Our team of professionals have the expertise to predict the potential threats and recommend Innovative/Advanced technology to ensure data security. We also provide automated monitoring technologies. We help you to improve your existing network security infrastructure at reduced cost.

Plan a demo on how to use the Paloalto's Endpoint Protection mechanism called "Trap" to detect and prevent ransomware attack to a system regardless of its physical location.

Network Security Solutions and Services

Our team of Engineers is having more than 12 years of hands-on experience in Network Security Solutions and Services for various vendors' products.
Our Engineers are "CCIE Security" certified from Cisco Systems and holding other various vendors Security Certifications.
We design and implement Network Security solutions for various vendors' products. Few are – Paloalto, Cisco, Juniper, Sophos, etc...
We design and implement Network Security Solutions for,
Your On-Premise Network Infra -- Protecting your IT Infra from all kinds of external and internal threats.
Our Network Security Services and Solutions provide you with a way to safely enable the applications your users need by allowing access while preventing cybersecurity threats.

Features:

The Firewall must be able to provide the following features.

The Firewall must analyze all traffic which includes applications, threats, and content. The analyzed traffic should identify the end user regardless of location or device type.

The Firewall should prevent threats by the removal of unnecessary applications thereby considerably reducing the threat ratio. The firewall should apply targeted security polices to block known vulnerability exploits, viruses, spyware, botnets and unknown malware.
Secure public and private cloud computing environments with increased visibility and control; deploy, enforce and maintain security policies at the same pace as your virtual machines.

The Firewall that you choose should classify all traffic, across all ports, all the time. Nowadays, port-based firewall is easily vulnerable to threats through applications and its content and using several techniques. The Firewall that we suggest applies different types of classification mechanisms to the traffic stream to identify applications, threats and malware. The Firewall should classify all the traffic whether it is using a well-known port or unknown, encrypted or not, or any roguish techniques involved.

Any custom or unknown malware must be analyzed and identified by executing the files and directly observing their malicious behavior in a virtualized sand box environment. When new malware is discovered, a signature for the infecting file and related malware traffic must be automatically generated and delivered to the Firewall.

The Internet Firewall must be capable of analyzing its traffic to identify the nature of application, its behavioral characteristics, and to which client/end user machine it is communicating. Apart from that, it should also categorize the URL/Website, analyze any threats from the site contents, and if any data patterns. If a Firewall does this, we can get a vivid picture of what is going IN and OUT of our Network.

Reporting:

Predefined reports can be used as-is, customized, or grouped together as one report in order to suit the specific requirements. All reports must be exported to CSV or PDF format and can be executed and emailed on a scheduled basis.

Logging:

Real-time log filtering facilitates rapid forensic investigation into every session traversing your network. Complete context of the application, the content – including malware detected by Sandbox application – and the user can be used as a filter criteria, and the results can be exported to a CSV file or sent to a syslog server for offline archiving or additional analysis. Logs that have been aggregated by logging server must also be sent to a syslog server for added analysis or archival purposes.

Virtualized Platforms to be used in Cloud Infrastructure.

Protecting the End Users Laptop/desktop and other handheld devices from all types of attacks. There is a Software called Traps from Paloalto which replaces traditional antivirus with multi-method prevention, a proprietary combination of purpose-built malware and exploit prevention methods that protect users and endpoints from known and unknown threats. Traps prevents security breaches, in contrast to breach detection and incident response after critical assets have already been compromised.

Traps Advanced Endpoint Protection from Paloalto Firewall

Automate Prevention

Automatically reprogram your endpoints to block known and unknown threats – without human intervention – using threat intelligence gained from our global community of customers and partners.

Protect and Enable Users

Empower users to use web-, mobile- and cloud-based applications without fearing cyberthreats. Protect users from inadvertently compromising their systems without burdensome virus scans.

Cloud Security

Protecting your applications/websites/etc...that are hosted at AWS, and Azure Cloud service providers.

Our team of Engineers is having more than six years of hands-on experience in Protecting Cloud Computing IT Infrastructure. We help our clients to highly protect their resources (applications, websites, etc...) hosted at Cloud using various vendors Virtualized Cloud Firewalls.

Here is the brief of Cloud Network Security Solutions that we use to protect your Cloud Infrastructure:

Virtualized Cloud Firewalls as a Front-End to all your applications

Web Application Firewall

DDoS Solutions

Intrusion Detection and Prevention System

Prevent from IaaS/applications from Ransomware attacks

Detect and Prevent Botnet

Secure connectivity from your On-Premise to your Cloud Infra

Secure connectivity to your Cloud applications from anywhere in Internet

Overview of Cloud Network Security:

Confidentiality assures only authorized system to access the sensitive data when the data is stored and when the data is in transit. Confidentiality is achieved by the usage oftechnical tools such as encryption, access control, etc.

Integrity assures the data stored in cloud is uncorrupted and cannot be modified or altered without authorization. resources.

Availability ensures that the data is available and accessible always on demand. Availability is ensured by paying close attention to the architecture and defining the contracts and terms of agreement.

Cloud accountability is ensured by keeping track of the logs and auditing the logs, authentication, access control, etc.

Assurance is supported by a trusted computing architecture in the cloud.

Resilience is ensured by preconfiguring in a way that if a failure is detected, it will be automatically transferred to redundant network connection rather than critical failure.

Threats to your Cloud Services:

By Cloud Service User:

Responsibility Ambiguity

Loss of Governance

Loss of Trust

Service Provider Lock-in

Unsecure Cloud Service User Access

Lack of Information/Asset Management

Data loss and leakage

By Cloud Service User:

Protection Inconsistency

Responsibility Ambiguity

Evolutional Risks

Business Discontinuity

Supplier Lock-in

License Risks

Bylaw Conflict

Bad Integration

Intra Cloud Communication:

Intra-cloud communication is secured from potential external threats but there are still some security risks due to the following:

The data transfer could be visible to the cloud provider.

It is possible for a malicious neighbor instance within the same LAN to intercept the transferred business data.

Cloud Computing Infrastructure Security:

Infrastructure Security at the Network Level:

Ensuring data confidentiality and integrity of the organizations data in transit to and from the public cloud provider.

Ensuring proper access control (Authentication, Authorization, Auditing) to resources in the public cloud.

Ensuring availability of the Internet facing resources of the public cloud used by the organization.

Replacing the established network zones and tiers with domains.

Infrastructure Security at the Host Level:

Host security at PaaS and SaaS Level

Both the PaaS and SaaS hide the host operating system from end users.

Host security responsibilities in SaaS and PaaS are transferred to CSP.

Host security at IaaS Level.

Attacks to the guest OS: e.g., stealing keys used to access and manage the hosts.